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team (photonics, neuromorphic computing, software development, microfabrication) to develop and implement original solutions. ● Contribute to the development of the startup's intellectual property and
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, CNRS, University of Oslo). -Contribute to the development of open-source software and to the dissemination of results in high-impact international journals and conferences. The postdoctoral researcher
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modal identification. The approaches were tested in light fluids by decoupling the analysis of random ambient noise from mechanical and acoustic sources. The aim of the present post-doctorate is to
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production, respectively. • Keep the bibliography on the research topic constantly updated • Study the photocatalytic performance of the synthesized photocatalysts through photocatalytic tests and
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modification. • Electrochemical characterization (impedance spectroscopy, polarization curves, stability tests). • Structural and microstructural analysis (XRD, SEM, TEM, XPS, etc.). • Collaboration with
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will be responsible for the design and microfabrication of the laboratory-on-a-chip for measuring nanothermal test devices, as mastered by CNRS. These chips, either manufactured at NEEL or at LETI
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) identify the scientific and technological challenges associated with this research. The candidate will then be in charge of performing the catalytic tests using identified commercially available solid acid
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, neuromorphic computing, software development, microfabrication) to develop and implement original solutions. ● Contribute to the development of the startup's intellectual property and commercialization
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the electrode, etc…). The electrodes obtained will be characterized using several physicochemical techniques (dilatometry, acoustic emission, mechanical measurements such as indentation), electrochemical testing
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. We will start from existing software, but may need to optimize the algorithm for electrons or reconstruction speed. Activities will include: Carrying out simulations of electron ptychography datasets